Matthew Steiner

Matthew (Matt) Steiner is an Assistant Professor in the Department of Mechanical and Materials Engineering at the University of Cincinnati, within the College of Engineering and Applied Science. He directs an active research program that couples advanced characterization with predictive modeling to advance nuclear, aerospace, and energy materials.

Education:

• Ph.D. in Engineering Physics, University of Virginia, 2014
• B.S. in Applied Physics, Columbia University, 2008

Research Interests
Steiner’s work centers on metallurgy, phase transformations, and residual stress analysis. Using neutron and X-ray diffraction, electron microscopy, and high-temperature mechanical testing, he investigates recrystallization and texture evolution in nuclear materials (U-Mo, stainless steels), aluminum alloys for aerospace, and emerging magnetic materials. Recent thrusts include laser-assisted processing, solid-state additive manufacturing, and corrosion mitigation in marine and nuclear environments.

Publications Trend
Across 15 recent publications (2015-2024) Steiner’s output reveals a dual focus: (1) fundamental studies on phase stability and texture in uranium alloys and (2) applied projects on aluminum sensitization, residual stress in steel structures, and laser surface modification. Methodologically, the work integrates experimental diffraction, mechanical testing, and computational modeling.

Scientific Awards & Recognition

• NSF CAREER Award (DMR-2442268-000, 2025-2030)
• UC Research Council New Faculty Development Award (2017-18)

Grants & Funding
Steiner is PI or Co-PI on >$2.5 M of active funding spanning DOE, NSF, ONR, AFOSR, Ohio Department of Higher Education, and industry partners:

• Bulk Synthesis of Rare-Earth-Free Tetrataenite Permanent Magnets (DOE, $170 k, PI)
• Microstructural Influences on Sensitization in Al-Mg Alloys (NSF CAREER, $100 k/yr, PI)
• Investigation of Novel Ni-Based Alloys for Molten Chloride Reactors (DOE, $725 k, Co-PI)
• Acquisition of an Analytical HR-STEM (AFOSR & Ohio DoHE, $737 k combined, Co-PI)
• REU Site REALIZE-2050 (NSF, $445 k, Co-PI)
• Multiple STTR and industry projects on laser peening, forging flow-stress, and residual stress measurement.

Laboratory & Teams
Steiner operates research laboratories within the UC College of Engineering, leveraging university-wide facilities including the Advanced Materials Characterization Suite and the Ohio Space Grant Consortium High-Temperature Mechanical Testing Lab. He mentors graduate and undergraduate researchers on DOE, NSF, and industry-sponsored projects.